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Distributed fanout operations using transversal gates on Bivariate-Bicycle codes reduce non-local communication by up to 2.3×. Simulation analysis shows systematic advantages for scalable fault-tolerant distributed quantum computing architectures.

#DistributedQC #FaultTolerance #Research

Simulation of distributed quantum computing shows non-local CNOT achieves order-of-magnitude lower error rates than teleportation, enabling scalable fault-tolerant operations at achievable physical error rates.

#DistributedQC #FaultTolerance #News

Reduces exponential classical overhead to polynomial scaling for distributed quantum computing by exploiting weak-coupling between qubit subsystems. Enables scaled circuit partitioning for QAOA-based optimization algorithms.

#DistributedQC #QuantumAlgorithms #Research

dSABRE reduces inter-core EPR consumption by 41-44% versus TELESABRE through capacity-aware teleportation scoring, proactive congestion relief, and BFS-layer lookahead. Validated across 25-360 qubit benchmark circuits.

#QuantumRouting #DistributedQC #QuantumCompilation

Novel action-space formulation and masking strategies improve quantum circuit compilation on distributed architectures, achieving 35% reduction in execution time with 64% faster training.

#DistributedQC #QuantumCompilers #Research